Heavy torque and abrasion on casing are serious problems in drilling in slim hole.
高钻柱扭矩和套管过度磨损是小井眼钻井中存在的严重问题.
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小井眼与常规井眼的钻井工艺有较大差异,提高小井眼钻井速度有很大的实际意义.
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Through a comparison, the economic benefit in slim-hole drilling for coalbed gas has been analyzed.
通过与常规煤层气试验井对比, 分析了煤层气小井眼钻井的经济效益.
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介绍随钻气侵检测仪的结构 、 工作原理及在小井眼中的应用.
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Decreasing friction of drilling string is a key to finish drilling in slim hole.
减少钻柱扭矩,防止套管磨损的方法之一是使用非旋转钻杆保护器.
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Accompanied by the increasing number of slim-hole wells, the accidents increased too.
伴随着小井眼井数的增多, 发生的事故也越来越多.
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By comparing with normal well bore, the economic efficiency of slim hole drilling was evaluated.
通过与常规井眼对比, 评价了小眼井钻井技术经济效益.
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